Introduction of Biomedical Engineering
The human body is seen as being similar to a machine in the field of biomedical engineering. This kind of understanding of the human body can result in innovations in fields like cancer research, genetics, prosthetics, nutrition, and surgical methods.
You must first earn an undergraduate degree in this highly specialized discipline in order to enter this exciting field. Post-secondary programs in biomedical engineering are all relatively new, and the best of them have top-caliber facilities with the newest technology.
This field didn’t even exist a generation ago. (3-D printing, lasers, spectrometers, high-level microscopes, and related software, etc.). Schools that fit this description are included on our list of the Best Colleges for Biomedical Engineering.
How to step into Biomedical Engineering?
You need to start with a top-notch education if you want to succeed in the biomedical engineering community. You must complete a Bachelor’s degree, which normally requires four to five years of full-time study. You need to have earned at least 120 credits by the time you graduate.
Each semester, about 50% of your learning time will be spent gaining practical experience. Your school’s engineering lab has the materials you need to learn about how materials work together and how they work in different types of medical equipment. Typically, allow 10 hours of lab time per week; however, some semesters may call for more.
Biomedical Engineering universities in California
The engineering curriculum at your school has a variety of objectives. They want you to be fully informed about the research that goes into developing, diagnosing and monitoring therapies for different medical conditions. You’ll enroll in classes like Biotechnology, Biomaterials, Medical Imaging, and Biomedical Design in order to achieve this.
Use your undergraduate degree as an opportunity to conduct research if you want to work as an engineering researcher after you graduate. The University of California has research teams in the following five fields:
Bio instrumentation,
Cell & tissue engineering,
Computational biology,
Biomaterials & Nanotechnology,
And systems & synthetic biology.
- Technology University of California
California’s California Institute of Technology is a private, non-profit university with its headquarters in Pasadena. It is a college that currently has over 235 bachelor’s degree candidates enrolled. The 7% acceptance rate reflects the competitive nature of the admission requirements.
- California State University
Los Angeles, California is home to the private, nonprofit University of Southern California. There are currently over 3,358 bachelor’s degree candidates enrolled at this institution. The 15% acceptance rate reflects some competition in the admission requirements.
- Stanford College
Based in Stanford, California, Stanford University is a private, non-profit institution of higher learning. More than 1,700 people are enrolled there to pursue bachelor’s degrees. The acceptance rate is 4%, making the admission requirements somewhat competitive.
- Los Angeles’ University of California
Located in Los Angeles, California, the University of California-Los Angeles is a public university. There are currently over 6,038 bachelor’s degree candidates enrolled at this institution. The acceptance rate of 16% indicates that the admission criteria are somewhat competitive.
- San Jose State University
Private, non-profit, and located in Santa Clara, California, is Santa Clara University. More than 1,404 people are enrolled there to pursue bachelor’s degrees. The acceptance rate of 53% indicates that the admission requirements are moderately competitive.
Best Biomedical Engineering Schools in California
| Institution | Category | Location | website |
|---|---|---|---|
| Southern California Institute of Technology | College | 525 N Muller St | http://www.scitech.edu/ |
| California Institute of Technology | University | 1200 E California Blvd | http://www.caltech.edu/ |
| Henry Samueli School of Engineering | Engineering school | 5200 Engineering Service Rd | http://www.eng.uci.edu/ |
| Health, Technology & Engineering at USC | Graduate school | 1975 Zonal Ave | https://catalogue.usc.edu/preview_program.php?catoid=11&poid=10864 |
| USC Viterbi School of Engineering | Engineering school | 3650 McClintock Ave | https://viterbischool.usc.edu/ |
| Henry Samueli School of Engineering | Engineering school | 7400 Boelter Hall | https://samueli.ucla.edu/ |
| UCI Samueli School of Engineering | University | E4130 Engineering Gateway | http://engineering.uci.edu/dept/cee |
| College of Science and Engineering | College | San Francisco State University, 1600 Holloway Ave | https://cose.sfsu.edu/ |
| Irwin & Joan Jacobs School of Engineering | Engineering school | 9500 Gilman Dr | http://www.jacobsschool.ucsd.edu/ |
| Gordon and Jill Bourns College of Engineering at California Baptist University | Christian college | 8432 Magnolia Ave | https://www.calbaptist.edu/college-of-engineering/index.php |
| UC Davis College of Engineering | University department | 2063 Bioletti Way | http://engineering.ucdavis.edu/ |
| Bourns College of Engineering | University department | Winston Chung Hall, 446 N Campus Dr | http://www.engr.ucr.edu/ |
| Santa Clara University School of Engineering | University department | 500 El Camino Real | http://www.scu.edu/engineering |
| Lyles College of Engineering | University | 2320 E San Ramon Ave | http://www.fresnostate.edu/engineering/index.html |
| School of Engineering | Engineering school | Science, 1600 Holloway Ave | http://engineering.sfsu.edu/ |
| Department of Bioengineering | University department | Stanley Hall, 306 University of California | http://bioeng.berkeley.edu/ |
| Stanford Engineering | Private university | 475 Via Ortega | http://engineering.stanford.edu/visit |
| UC Berkeley College of Engineering | College | 320 Mclaughlin Hall | http://engineering.berkeley.edu/contact |
| Department of Bioengineering | University department | 410 Westwood Plaza | http://www.bioeng.ucla.edu/ |
| California State University Long Beach | University | 1250 Bellflower Blvd | http://www.csulb.edu/ |
Scope of Biomedical Engineering
The field of biomedical engineering is exciting and expanding. It uses contemporary engineering methods and cutting-edge technology in healthcare and medicine. Programs in bioengineering draw ambitious students to the collegiate level. These students combine their passion for solving problems with their desire to assist others.
By 2024, there will be a nearly 25% increase in demand for biomedical engineers, according to the Bureau of Labor Statistics. This moves much more quickly than the typical occupation. Additionally, this field’s specialists earn an average yearly salary of over $85,000.
The return on investment for those considering a degree in biomedical engineering is high. But that does not imply that you should be prepared to pay whatever it takes to get an education. The secret is to locate a university that provides quality education at an affordable cost.
A career in Biomedical Engineering
California is the ideal state to live and study in if you want to begin a career in biomedical engineering. One of the best selections of biomedical engineering programs can be found in California.
California has 17 schools with biomedical programs in total, from Davis in the north to San Diego in the south.
In this field, a bachelor’s degree is offered by each of the 17 schools, and a master’s degree is also offered by 16 of those schools. With so many schools, it is obvious that tuition costs will vary greatly. The average annual cost of tuition is $23,200.
